Strain Fitness in Pantoea sp. MT58 around IAI47_16080

Experiment: Nickel (II) chloride 40 uM, aerobic

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Only strains with sufficient reads to estimate fitness are shown, but the strain fitness values are still rather noisy and may be biased towards zero. Strains near the edge of a gene are not shown as being associated with that gene (they are in grey). Strains in the central 10-90% of a gene are color coded by the insertion's strand. Usually, "+" means that the selectable marker is encoded on the forward strand, i.e., transcribed rightward.

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500 ntIAI47_16075 and IAI47_16080 overlap by 11 nucleotidesIAI47_16080 and IAI47_16085 overlap by 8 nucleotidesIAI47_16085 and IAI47_16090 are separated by 3 nucleotides IAI47_16075: IAI47_16075 - peptidylprolyl isomerase SurA, at 3,400,399 to 3,401,694 _16075 IAI47_16080: IAI47_16080 - 4-hydroxythreonine-4-phosphate dehydrogenase PdxA, at 3,401,684 to 3,402,676 _16080 IAI47_16085: IAI47_16085 - 16S rRNA (adenine(1518)-N(6)/adenine(1519)-N(6))- dimethyltransferase RsmA, at 3,402,669 to 3,403,490 _16085 IAI47_16090: IAI47_16090 - Co2+/Mg2+ efflux protein ApaG, at 3,403,494 to 3,403,871 _16090 Position (kb) 3401 3402 3403Strain fitness (log2 ratio) -4 -3 -2 -1 0 1 2at 3401.746 kb on + strandat 3401.969 kb on + strand, within IAI47_16080at 3402.061 kb on + strand, within IAI47_16080at 3402.061 kb on + strand, within IAI47_16080at 3402.091 kb on + strand, within IAI47_16080at 3402.091 kb on + strand, within IAI47_16080at 3402.156 kb on + strand, within IAI47_16080at 3402.156 kb on + strand, within IAI47_16080at 3402.172 kb on + strand, within IAI47_16080at 3402.172 kb on + strand, within IAI47_16080at 3402.175 kb on + strand, within IAI47_16080at 3402.230 kb on + strand, within IAI47_16080at 3402.289 kb on + strand, within IAI47_16080at 3402.289 kb on + strand, within IAI47_16080at 3402.289 kb on + strand, within IAI47_16080at 3402.293 kb on + strand, within IAI47_16080at 3402.293 kb on + strand, within IAI47_16080at 3402.293 kb on + strand, within IAI47_16080at 3402.293 kb on + strand, within IAI47_16080at 3402.293 kb on + strand, within IAI47_16080at 3402.294 kb on - strand, within IAI47_16080at 3402.307 kb on + strand, within IAI47_16080at 3402.361 kb on + strand, within IAI47_16080at 3402.361 kb on + strand, within IAI47_16080at 3402.361 kb on + strand, within IAI47_16080at 3402.397 kb on + strand, within IAI47_16080at 3402.397 kb on + strand, within IAI47_16080at 3402.439 kb on + strand, within IAI47_16080at 3402.439 kb on + strand, within IAI47_16080at 3402.443 kb on + strand, within IAI47_16080at 3402.443 kb on + strand, within IAI47_16080at 3402.443 kb on + strand, within IAI47_16080at 3402.476 kb on + strand, within IAI47_16080at 3402.476 kb on + strand, within IAI47_16080at 3402.527 kb on + strand, within IAI47_16080at 3402.528 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.532 kb on + strand, within IAI47_16080at 3402.652 kb on + strandat 3402.652 kb on + strandat 3402.652 kb on + strandat 3402.652 kb on + strandat 3402.652 kb on + strandat 3402.652 kb on + strandat 3402.667 kb on + strandat 3402.927 kb on - strand, within IAI47_16085at 3403.014 kb on + strand, within IAI47_16085at 3403.073 kb on + strand, within IAI47_16085at 3403.130 kb on + strand, within IAI47_16085at 3403.292 kb on + strand, within IAI47_16085at 3403.437 kb on + strandat 3403.488 kb on + strandat 3403.488 kb on + strandat 3403.488 kb on + strandat 3403.489 kb on - strandat 3403.489 kb on - strandat 3403.536 kb on + strand, within IAI47_16090at 3403.536 kb on + strand, within IAI47_16090at 3403.537 kb on - strand, within IAI47_16090at 3403.572 kb on + strand, within IAI47_16090at 3403.572 kb on + strand, within IAI47_16090at 3403.572 kb on + strand, within IAI47_16090at 3403.572 kb on + strand, within IAI47_16090at 3403.572 kb on + strand, within IAI47_16090at 3403.572 kb on + strand, within IAI47_16090at 3403.573 kb on - strand, within IAI47_16090at 3403.573 kb on - strand, within IAI47_16090at 3403.573 kb on - strand, within IAI47_16090at 3403.584 kb on + strand, within IAI47_16090at 3403.584 kb on + strand, within IAI47_16090at 3403.584 kb on + strand, within IAI47_16090at 3403.585 kb on - strand, within IAI47_16090at 3403.585 kb on - strand, within IAI47_16090at 3403.587 kb on - strand, within IAI47_16090at 3403.592 kb on + strand, within IAI47_16090at 3403.592 kb on + strand, within IAI47_16090at 3403.592 kb on + strand, within IAI47_16090at 3403.593 kb on - strand, within IAI47_16090at 3403.649 kb on + strand, within IAI47_16090at 3403.649 kb on + strand, within IAI47_16090at 3403.649 kb on + strand, within IAI47_16090at 3403.650 kb on - strand, within IAI47_16090

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Per-strain Table

Position Strand Gene LocusTag Fraction Nickel (II) chloride 40 uM, aerobic
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3,401,746 + -1.2
3,401,969 + IAI47_16080 0.29 -0.9
3,402,061 + IAI47_16080 0.38 -1.3
3,402,061 + IAI47_16080 0.38 -1.2
3,402,091 + IAI47_16080 0.41 -2.3
3,402,091 + IAI47_16080 0.41 -4.2
3,402,156 + IAI47_16080 0.48 -2.4
3,402,156 + IAI47_16080 0.48 +0.7
3,402,172 + IAI47_16080 0.49 -1.7
3,402,172 + IAI47_16080 0.49 -1.4
3,402,175 + IAI47_16080 0.49 -0.8
3,402,230 + IAI47_16080 0.55 -0.9
3,402,289 + IAI47_16080 0.61 -1.9
3,402,289 + IAI47_16080 0.61 -1.7
3,402,289 + IAI47_16080 0.61 -1.1
3,402,293 + IAI47_16080 0.61 -2.4
3,402,293 + IAI47_16080 0.61 -2.7
3,402,293 + IAI47_16080 0.61 -4.1
3,402,293 + IAI47_16080 0.61 -3.5
3,402,293 + IAI47_16080 0.61 -2.6
3,402,294 - IAI47_16080 0.61 -2.1
3,402,307 + IAI47_16080 0.63 -1.3
3,402,361 + IAI47_16080 0.68 +0.5
3,402,361 + IAI47_16080 0.68 -2.8
3,402,361 + IAI47_16080 0.68 -2.8
3,402,397 + IAI47_16080 0.72 -2.3
3,402,397 + IAI47_16080 0.72 -2.9
3,402,439 + IAI47_16080 0.76 -2.3
3,402,439 + IAI47_16080 0.76 -2.7
3,402,443 + IAI47_16080 0.76 -3.4
3,402,443 + IAI47_16080 0.76 -2.7
3,402,443 + IAI47_16080 0.76 -1.7
3,402,476 + IAI47_16080 0.80 -2.2
3,402,476 + IAI47_16080 0.80 -2.5
3,402,527 + IAI47_16080 0.85 -3.0
3,402,528 + IAI47_16080 0.85 -1.9
3,402,532 + IAI47_16080 0.85 -2.7
3,402,532 + IAI47_16080 0.85 -3.4
3,402,532 + IAI47_16080 0.85 -1.2
3,402,532 + IAI47_16080 0.85 -1.2
3,402,532 + IAI47_16080 0.85 -2.5
3,402,532 + IAI47_16080 0.85 -1.6
3,402,532 + IAI47_16080 0.85 -2.8
3,402,532 + IAI47_16080 0.85 -3.1
3,402,532 + IAI47_16080 0.85 -0.3
3,402,532 + IAI47_16080 0.85 -3.7
3,402,652 + +0.3
3,402,652 + +0.2
3,402,652 + -1.1
3,402,652 + -0.6
3,402,652 + +1.9
3,402,652 + +0.8
3,402,667 + -1.1
3,402,927 - IAI47_16085 0.31 +0.2
3,403,014 + IAI47_16085 0.42 -0.7
3,403,073 + IAI47_16085 0.49 +1.8
3,403,130 + IAI47_16085 0.56 -1.5
3,403,292 + IAI47_16085 0.76 -0.6
3,403,437 + -0.3
3,403,488 + +0.4
3,403,488 + +1.2
3,403,488 + +0.8
3,403,489 - -2.4
3,403,489 - -1.1
3,403,536 + IAI47_16090 0.11 +0.3
3,403,536 + IAI47_16090 0.11 -1.0
3,403,537 - IAI47_16090 0.11 +0.7
3,403,572 + IAI47_16090 0.21 -0.1
3,403,572 + IAI47_16090 0.21 +0.3
3,403,572 + IAI47_16090 0.21 +0.4
3,403,572 + IAI47_16090 0.21 +2.1
3,403,572 + IAI47_16090 0.21 -1.9
3,403,572 + IAI47_16090 0.21 +0.1
3,403,573 - IAI47_16090 0.21 +0.9
3,403,573 - IAI47_16090 0.21 -2.0
3,403,573 - IAI47_16090 0.21 +1.0
3,403,584 + IAI47_16090 0.24 +0.8
3,403,584 + IAI47_16090 0.24 +0.7
3,403,584 + IAI47_16090 0.24 -0.5
3,403,585 - IAI47_16090 0.24 +0.0
3,403,585 - IAI47_16090 0.24 -1.4
3,403,587 - IAI47_16090 0.25 +1.2
3,403,592 + IAI47_16090 0.26 +0.8
3,403,592 + IAI47_16090 0.26 +0.0
3,403,592 + IAI47_16090 0.26 +1.4
3,403,593 - IAI47_16090 0.26 +0.2
3,403,649 + IAI47_16090 0.41 -0.8
3,403,649 + IAI47_16090 0.41 +1.1
3,403,649 + IAI47_16090 0.41 +0.9
3,403,650 - IAI47_16090 0.41 -1.3

Or see this region's nucleotide sequence